Kodidoddi Community Center

Project Information
Project type: Competition
Location: Kodidoddi village, India
Date: 2024

This project aims to create a welcoming environment for villagers while respecting their existing habits. Therefore, the role of the existing neem tree as a meeting point is maintained and the proposed building is designed to seamlessly transition the existing outdoor meeting space into the indoor area.

Design and Construction:

A simple modular structural grid enables the community center to be expanded based on needs. The first module includes a multipurpose room, storage, toilets. The second module comprises an office, an Anganwadi with a mothers' feeding room, and a kitchen with a storeroom. An indoor playground between these modules provides a safe space for children to play and learn under caregiver supervision. The foundation is made of granite stones. The exterior walls are constructed from rammed earth which is an old and natural construction technique in India. The earth can be sourced locally and, due to its high thermal mass, it efficiently absorbs and retains heat, enhancing indoor comfort. Non-structural interior walls allow for flexible redesign. Foldable window shutters control light and ventilation and add vibrant decorative elements. The vaulted ceiling uses locally sourced ceramic bricks, and the metal roof creates a shaded path around the building, protecting rooms from intense sunlight. The community center is built with local materials and techniques, emphasizing sustainability. Local community members and construction experts will collaborate on the build, with volunteers contributing, making the process collaborative, enjoyable, and cost-effective. The compound wall, made of ceramic bricks, is set back on the south side to create a sitting area for villagers, reinforcing the water tank's role as a community hub. The neem tree remains a key meeting point, with a front garden designed for outdoor gatherings. A veranda extends the tree's shade for added comfort. A protected outdoor playground and a vegetable garden near the rainwater tank are also included.

Passive Architecture Strategies:

To minimize environmental impact, the design incorporates several passive strategies. The building's north-south orientation, expansive shading roof, natural lighting and ventilation, and thermal mass materials help regulate temperature. Additional openings in the walls facilitate natural airflow.

Rainwater Harvesting:

Rainwater collected from the roof will be stored in an underground tank for irrigation, cleaning, and non-potable uses. Filtration systems can be added to ensure potable water.

Solar Panels:

If the budget allows, solar panels will be installed on the roof to meet a significant portion of the building's energy needs.